@article{Moon10p157,
title        = "Efficient cell selection algorithm in hierarchical cellular networks: Multi-user coordination",
author       = "J.-m. Moon and D.-h. Cho",
journal      = IEEE_J_COML,
pages        = "157 - 159",
volume       = "14",
number       = "2",
month        = feb,
year         = "2010",
abstract     = {In a hierarchical cellular network employing universal frequency reuse, the level of both intra- and intercell interference largely depends on the selection of a serving cell for the users in the overlapping area of multiple cells. We propose an efficient cell selection algorithm that is suitable for hierarchical cellular networks. In the proposed algorithm, uplink transmit power is used as a key parameter and cells are selected on the basis of the coordination of multiple users, rather than the choice of a single user. Simulation results show that the proposed algorithm improves performance with respect to the number of supportable users and the transmit power that each user needs in order to achieve a given target SINR.},
keywords     = {cell selection algorithm, hierarchical cellular networks, intercell interference, intra interference, multiuser coordination, uplink transmit power, cellular radio},
issn         = {1089-7798},
doi          = {10.1109/LCOMM.2010.02.091910}
}

% cb2Bib 1.4.0
@article{Moon09p755,
title        = "Efficient handoff algorithm for inbound mobility in hierarchical macro/femto cell networks",
author       = "J.-M. Moon and D.-H. Cho",
journal      = IEEE_J_COML,
pages        = "755 - 757",
volume       = "13",
number       = "10",
month        = oct,
year         = "2009",
abstract     = {To improve indoor coverage and network capacity, the use of hierarchical macro/femto cell networks is regarded as the most promising approach. We present an efficient handoff algorithm to support the inbound mobility from macro cells to femto cells under the consideration of large asymmetry in the transmit power of the cells. Numerical analysis reveals that the proposed algorithm yields a higher probability that the user will be correctly assigned to the femto cell while maintaining the number of handoffs at the same level.},
keywords     = {handoff algorithm, hierarchical femto cell networks, hierarchical macro cell networks, inbound mobility, indoor coverage, network capacity, cellular radio, indoor radio},
issn         = {1089-7798},
doi          = {10.1109/LCOMM.2009.090823}
}

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   title = {Economic Models of Communication Networks},
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   url = {http://dx.doi.org/10.1007/978-0-387-79361-0_3},
   year = {2008}
}

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@ARTICLE{CA09PC, 
author={Chandrasekhar, V. and Andrews, J.G. and Muharemovic, T. and Zukang Shen and Gatherer, A.}, 
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@ARTICLE{HY10CL, 
author={Hsin-Yi Lee and Yi-Bing Lin}, 
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title={A cache scheme for femtocell reselection}, 
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doi={10.1109/LCOMM.2010.01.091917}, 
ISSN={1089-7798},}


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